Imaging diagnosis of infection and inflammation has been challenging for many years.
Infection imaging agents commonly used in nuclear medicine, such as [67 Ga] citrate, 2 …

Infection imaging has been challenging over the past four decades, which provided an
excellent playing field for researchers working in this area, and till date the quest continues …

Both 67Ga and 68Ga-citrates are used to detect a wide spectrum of pathology consisting of
various inflammatory, infectious and malignant conditions. Considering the now widespread …

The process of inflammation (with or without infection) forms part of essentially every major
debilitating disease. Early detection and accurate distinction of inflammation from infection …

The imaging of infectious and inflammatory diseases using gallium-67 (67 Ga) citrate
scintigraphy has been a well-established diagnostic tool for decades. In recent times …

Objectives: 67Ga-Citrate has been extensively used for infection and inflammation imaging
for the past four decades but has limitations. In the present study, we explored the ability of …

Conventional scintigraphic imaging with^ sup 67^ Ga citrate and in vitro labeled leukocytes
is routinely used to evaluate infectious and inflammatory conditions. Recent studies suggest …

During the last decade, the utilization of 68Ga for the development of imaging agents has
increased considerably with the leading position in the oncology. The imaging of infection …

Our aim was to develop a practical method to prepare 68Ga-citrate using a SnO2-based
68Ge/68Ga generator and evaluate its use in infection imaging. 68Ga-citrate synthesis was …

Background Preliminary studies have reported promising results for the utility of gallium‐68
(Ga‐68) citrate positron emission tomography‐computed tomography (PET–CT) for infection …